Traffic is very dynamic and unpredictive and therefore it is quite difficult to manage and control traffic flow. Intelligent Transportation Systems (ITS) can support traffic management by implementation of state of the art technologies. Dublin′s traffic situation is worsening daily due to the fact that the rate of car ownership and population increase dramatically. This paper gives the reader an overview of ITS and the various categories. It is aimed for people working in the transportation industry, government departments, transportation committees, and of course for the general public who has interest in transportation management. The result of this paper is that Dublin could improve the current situation by implementing ITS systems.
Table of Contents
1. INTRODUCTION
2. INTELLIGENT TRANSPORTATION SYSTEMS AND ITS CATEGORIES
2.1 ADVANCED TRAVELLER INFORMATION SYSTEM (ATIS)
2.1.1 Description
2.1.2 Technologies used
2.1.3 Implemented successfully
2.1.4 Suitability for Dublin
2.2 ADVANCED TRAFFIC MANAGEMENT SYSTEMS (ATMS)
2.2.1 Description
2.2.2 Technologies used
2.2.3 Implemented successfully
2.2.4 Suitability for Dublin
2.3 ADVANCED IN-VEHICLE TECHNOLOGIES
2.3.1 Description
2.3.2 Technologies used
2.3.3 Implemented successfully
2.3.4 Suitability for Dublin
2.4 FREIGHT & FLEET MANAGEMENT SYSTEMS
2.4.1 Description
2.4.2 Technologies used
2.4.3 Suitability for Dublin Institute of Technology
2.5 ADVANCED PUBLIC TRANSPORT SYSTEMS
2.5.1 Description
2.5.2 Technologies used
2.5.3 Implemented successfully
2.5.4 Suitability for Dublin Institute of Technology
2.6 EMERGENCY MANAGEMENT SYSTEMS
2.6.1 Description
2.6.2 Suitability for Dublin Institute of Technology
2.7 ELECTRONIC PAYMENT SYSTEMS
2.7.1 Description
2.7.2 Technologies used
2.7.3 Implemented successfully
2.7.4 Suitability for Dublin
2.8 ADVANCED SAFETY SYSTEMS
2.8.1 Description
2.8.2 Technologies used
2.9 CONCLUSION
3. TREND ANALYSIS OF INTELLIGENT INFORMATION SYSTEMS
3.1 GOVERNMENT
3.2 DEMOGRAPHY
3.3 SOCIETY
3.4 ENVIRONMENT
3.5 ECONOMICS
3.6 TECHNOLOGY
4. DUBLIN’S TRANSPORTATION SYSTEM – PRESENT AND FUTURE
4.1 BUS
4.2 RAIL
4.3 ROADS
5. PRESENT AND FUTURE TRAFFIC ESTIMATION
5.1 GENERAL ESTIMATION AND FACTS
5.2 PEAK HOUR TRIPS IN GREATER DUBLIN AREA (GDA)
5.3 INTERNATIONAL BENCHMARKING OF THE BUS SEGMENT AS PUBLIC TRANSPORT
5.4 GEOGRAPHICAL AND ECONOMIC FEATURES
6. PROBLEMS ASSOCIATED WITH ITS
7. CONCLUSION
Objectives and Topics
This paper examines the application of Intelligent Transportation Systems (ITS) as a strategic tool to alleviate severe traffic congestion in the greater Dublin area. It aims to provide a comprehensive overview of various ITS categories and their feasibility within the local infrastructure, while evaluating current and future traffic patterns in Dublin to propose technology-driven improvements.
- Overview of Intelligent Transportation Systems and their functional categories.
- Analysis of trend factors including demographics, society, environment, and economics.
- Assessment of Dublin’s current transportation infrastructure and future projections.
- Comparative benchmarking of Dublin's public transport against other European cities.
- Identification of technical and practical challenges associated with implementing ITS.
Excerpt from the Book
2.1.1 Description
ATIS deals with the sector of real time information given to users/participants of public, private or commercial traffic. This information content can extend from real time arrival/departure times of buses, trains, planes, road conditions, accidents, construction sites, parking, park-and-ride information, journey times, or weather conditions. This minimises the possibility of getting lost or taking clogged or inefficient routes (Frenzel, 2001). The objective is to provide as much information about traffic, road, and weather conditions as possible (Frenzel, 2001).
Summary of Chapters
1. INTRODUCTION: Outlines the severe traffic congestion problem in Dublin and the potential of ITS to mitigate the high economic costs caused by lost time.
2. INTELLIGENT TRANSPORTATION SYSTEMS AND ITS CATEGORIES: Explores the diverse subcategories of ITS, their core technologies, and their potential suitability for implementation in the Dublin area.
3. TREND ANALYSIS OF INTELLIGENT INFORMATION SYSTEMS: Investigates how ITS deployment influences societal, environmental, economic, and governmental structures, noting both the benefits and high implementation costs.
4. DUBLIN’S TRANSPORTATION SYSTEM – PRESENT AND FUTURE: Describes the current status of Dublin's bus, rail, and road networks, highlighting the infrastructure gap compared to other major cities.
5. PRESENT AND FUTURE TRAFFIC ESTIMATION: Analyzes statistical data and benchmarks to forecast the impact of traffic growth and the necessity of strategic technology integration.
6. PROBLEMS ASSOCIATED WITH ITS: Addresses critical challenges such as driver distraction, information overload, and the high long-term costs associated with operating complex traffic systems.
7. CONCLUSION: Reaffirms the necessity of adopting ITS to prevent urban traffic collapse and stresses the importance of strategic planning and infrastructure investment.
Keywords
Intelligent Transportation Systems, ITS, Dublin, traffic management, public transport, congestion, infrastructure, travel information, technology, road safety, urban planning, mobility, smart cards.
Frequently Asked Questions
What is the primary focus of this research?
The research focuses on the integration of Intelligent Transportation Systems (ITS) to address and manage the increasing traffic congestion problems within the greater Dublin area.
What are the core thematic areas discussed in the paper?
The core themes include the categorization of various ITS technologies, trend analysis regarding societal and economic impacts, an assessment of Dublin’s existing infrastructure, and future traffic projections.
What is the central research goal?
The primary goal is to determine how Dublin can effectively implement ITS to improve current traffic flow and reduce the significant annual economic losses caused by congestion.
Which methodology is employed in the study?
The study utilizes a descriptive overview and trend analysis approach, incorporating international benchmarking and local data projections to evaluate the feasibility of ITS solutions.
What does the main body of the work address?
The main body covers the detailed definition of ITS categories, an analysis of how factors like demography and economy influence traffic, and a critical look at the current gaps in Dublin’s transportation network.
Which keywords best characterize this work?
Key terms include ITS, Dublin, traffic congestion, transportation management, infrastructure development, and public transport optimization.
Why does the author consider Dublin’s current bus reporting insufficient?
The author notes that an extensive 146-page report on bus strategy fails to reference 'Information Technology' or 'intelligent' systems, indicating a lack of strategic focus on modern technical solutions.
What does the author identify as a major risk of in-vehicle technology?
A significant risk identified is the potential for driver distraction caused by information overload from navigation screens and other modern digital gadgets.
- Quote paper
- Markus Hofmann (Author), 2001, Intelligent Transportation Systems in Ireland, Munich, GRIN Verlag, https://www.grin.com/document/1769
